Please express this theory of mine mathematically or through equations

In summary, the conversation discusses the concept of determinism, which suggests that future events are predetermined by initial conditions. This is compared to a gambling wheel, where the outcome is determined as soon as it begins spinning. However, this theory is inconsistent with our understanding of quantum mechanics, which introduces the concept of randomness. The discussion can be found on the PhysicsForums website, but personal theories are not allowed.
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Sumeru
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TL;DR Summary
Destiny is the automatically predestined chain or course of events spread throughout the universe that originated from the first cosmic event called the Big Bang. It automatically determined when, where and exactly what would happen in the future through cause and effect, interaction etc.
Can you please express this theory mathematically or through equations?

Destiny is the automatically predestined chain or course of events spread throughout the universe that originated from the first cosmic event called the Big Bang. It automatically determined when, where and exactly what would happen in the future through cause and effect, interaction etc.

Here's an example to make it easier to understand:

A Gambling wheel, after some time of turning, one of the numbers on the edge of the wheel comes to a stop in front of its indicator fork.
Now, my theory is that the moment the wheel is turned, it is automatically determined when, at what number, the wheel will stop.

My point here is that regardless of the condition of the wheel, the speed of rotation and the surrounding weather, if no other external force is applied, then in each case the future of the wheel will be determined as soon as it turns. It has to be expressed mathematically.
 

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  • #2
This idea is called determinism. You can find posts about it here: https://www.physicsforums.com/tags/determinism/

Determinism appears to be inconsistent with our current understanding of the universe, as quantum mechanical processes are thought to be inherently random.

(Note that we will not allow discussion of personal theories at PhysicsForums.)
 
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  • #3
Thread closed for Moderation...
 
  • #4
DrClaude said:
This idea is called determinism. You can find posts about it here: https://www.physicsforums.com/tags/determinism/

Determinism appears to be inconsistent with our current understanding of the universe, as quantum mechanical processes are thought to be inherently random.

(Note that we will not allow discussion of personal theories at PhysicsForums.)
That said, the thread remains closed.
 
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FAQ: Please express this theory of mine mathematically or through equations

How do I start translating my theory into mathematical equations?

To begin translating your theory into mathematical equations, identify the key variables and parameters involved. Define the relationships between these variables clearly, and use standard mathematical notation to express these relationships. Start with basic principles and gradually incorporate more complex interactions.

What mathematical tools or methods should I use?

The choice of mathematical tools or methods depends on the nature of your theory. Common tools include algebra, calculus, differential equations, and linear algebra. For more complex theories, you might need to use advanced methods like tensor calculus, statistical mechanics, or computational models.

How can I ensure my equations accurately represent my theory?

To ensure your equations accurately represent your theory, validate them through consistency checks and compare their predictions with empirical data. Peer review and collaboration with other experts in the field can also help identify any discrepancies or areas for improvement.

What are some common pitfalls to avoid when expressing theories mathematically?

Common pitfalls include overcomplicating the model, neglecting important variables, and making unfounded assumptions. Avoid these by starting with a simple model and gradually adding complexity, ensuring each step is justified and supported by evidence.

How do I handle non-linear or complex interactions in my theory?

Handling non-linear or complex interactions often requires advanced mathematical techniques such as non-linear differential equations, perturbation methods, or numerical simulations. Breaking down the problem into smaller, more manageable parts can also help in understanding and solving complex interactions.

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